Publications by authors named "Amy Rose Eisenberg"

Protein degradation is known to be a key component of expression regulation for individual genes, but its global impact on gene expression has been difficult to determine. We analyzed a parallel gene expression dataset of yeast meiotic differentiation, identifying instances of coordinated protein-level decreases to identify new cases of regulated meiotic protein degradation, including of ribosomes and targets of the meiosis-specific anaphase-promoting complex adaptor Ama1. Comparison of protein and translation measurements over time also revealed that, although meiotic cells are capable of synthesizing protein complex members at precisely matched levels, they typically do not.

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Synopsis of recent research by authors named "Amy Rose Eisenberg"

  • - Amy Rose Eisenberg's recent research primarily focuses on the regulation of gene expression during meiosis, with a specific emphasis on the role of protein degradation in this process.
  • - In her study published in "Cell Reports," Eisenberg identified instances of coordinated decreases in protein levels that correlate with meiotic differentiation, highlighting new cases of regulated protein degradation, including ribosomal components and specific targets related to meiotic progression.
  • - The findings suggest that while meiotic cells can synthesize protein complex members at precisely matched levels, they often do not achieve this, indicating a complex regulatory framework governing protein expression during meiosis.